Other

Schedule 1 Therapeutics, Inc.

Tuthill Transport Technologies

George D Pappas

Jacqueline Sagen

David C Huseman

Harvey B Pollard

Caryl E Sortwell

Archimedes M Perdios

Mark Perlow

The present disclosure is related to the use of compositions and their use in reducing and treating pain.

Compositions comprising cannabinoids and methods of use

A slider assembly provides a connection between a vehicle body and a vehicle suspension. The slider assembly includes a frame and a locking mechanism attached to the frame. The locking mechanism s a locking pin that is connected to an extension spring, a pivot arm that is movable between a locked position and an unlocked position, and a compression spring that is connecting the pivot arm and the locking pin. When the pivot arm is in the locked position, the compression spring does not exert a bias on the locking pin and the extension spring exerts a bias on the locking pin so as to bias the locking pin into engagement with the vehicle body so as to secure together the vehicle body and the vehicle suspension. When the pivot arm is in the unlocked position, the compression spring exerts a bias on the locking pin that overcomes the bias of the extension spring on the locking pin thereby biasing the locking pin out of engagement with the vehicle body so that the vehicle body is slidable with respect to the vehicle suspension.

Slider mechanism for a vehicle

A selectively closeable plastic film bag structure includes front, middle and rear panels forming a first bag between the front and middle panels and a second bag between the middle and rear panels. A first adhesive strip between the middle and rear panels extends between terminal ends at the second bag side edges. The front and rear panels extend above the middle panel and a second adhesive strip between the front and rear panels extends between terminal ends at the first bag side edges. A release liner is provided over the adhesive strips and retaining the bags open for placing product therein. By removing the release liner, the first bag is closed with the adhesive strip between the front and rear panels and the second bag is closed with the adhesive strip between the middle and rear panels.

Selectively closeable plastic film bag structure

A selectively closeable plastic film bag is formed with front and rear plastic film panels. The bag includes a bottom and side edges and each of the front and rear panels include a top edge whereat an opening is provided into the bag cavity. An adhesive strip is provided on the inside surface of the front or rear panels extending longitudinally thereacross between the bag side edges. The adhesive strip is placed in a pattern extending at an angle upwardly from each of the side edges to a generally linear portion therebetween. A release liner is provided between the front and rear panels and is located partially over or above the adhesive strip at the side edges and below the linear adhesive strip portion. The adhesive strip portion covered by the release liner is prevented from coming in contact with the other bag panel thereby retaining the bag open. The release liner is detachably attachable to the adhesive strip. For closing the bag, the release liner is pulled out from between the panels causing the adhesive strip to come in contact therewith. The adhesive strip extends uninterrupted from side edge to side edge thereby making the closure leakproof. Pocket panels are attached to the bag thereby forming pockets for selectively receiving items therein. The front and rear panels are provided with weakened material lines extending between the side edges for easily ripping and gaining access to the bag cavity. To prevent fusing of the release liner to the front and rear panels, both the release liner and front and rear panels are cut away at the bag side edges above the adhesive. The release liner extends above the front and rear panels top edges or into notched areas at the bag side edges whereat it may easily be gripped.

Selectively closeable plastic film bag

This invention provides a method of alleviating chronic pain in humans. Viable, implantable cells are selected which release neuroactive substances that reduce chronic pain. The cells are cultured to improve their viability, and administered into a region of the central nervous system of a patient who is suffering from chronic pain. The cells continue to secrete the neuroactive substances within the patient without exogenous stimulation. Suitable implantable cells include adrenal medullary tissue cells, chromaffin cells or genetically engineered cells.

Implantable cells that alleviate chronic pain in humans

A novel method for alleviating depression comprises implanting monoamine producing living cells in the CNS of depressive subjects.

Method for alleviating depression

A method of inducing analgesia or reducing pain is described. The method involves implanting in the central nervous system of a host susceptible to pain, living material capable of releasing effective amount of analgesic substance when interacted with a stimulus which induces said material to release analgesic amount of said substance. The procedure described herein reduces sensitivity to intractable pain.

Inducing analgesia by implantation of cells releasing neuroactive

A mop holder includes a support structure having an internally threaded receptacle means to receive and removably secure a handle thereto. The support structure includes a base plate having a plurality of projecting studs which are inserted through apertures in the backing material of a mop head. The backing plate also includes an internally threaded boss. A cover plate is placed upon the backing plate of the support structure. The cover plate includes apertures along its front edge aligned to receive the studs of the backing plate. A knurled screw is inserted through an aperture in the cover plate and threadingly engaged to the threaded boss of the backing plate thereby securing the cover plate to the backing plate and securing the mop head therebetween.

Growing community of inventors

Chicago, IL, United States of America

George D Pappas